Date post: | 16-Feb-2018 |
Category: |
Documents |
Upload: | mario-galaviz |
View: | 218 times |
Download: | 0 times |
of 11
7/23/2019 Information Metabolism as a Model, Kokoszka
1/11
Intern. J. Neuroscience,
i999, Vol. 97, pp. 1 69 - 178
Reprints available directly from the publisher
Photocopying permitted by l icense only
I 1999 OPA {Overseas Publishers Association) N.V.
Published by license under
the Gordon and Breach Science
Publishers imprint .
Printed in Malaysia.
INFORMATION METABOLISM AS A MODEL
OF HUMAN EXPERIENCES
A N D R Z E J K O K O S Z K A *
/ / Department of Psychiatry, Medical U niversity of W arsaw, ul. Now owiejska 27,
00-665 Warszawa, Poland
Received in final form 5 January 1999)
This paper presents Kgpiriski's concept of inform ation meta bolism , which attempts to
describe processing of the information as an analogy of energy metabolism. It is a biological
model based upon the structural organization of the cell. The following terms: control center,
boundaries, functional structures, centers of elimination and centers of energy are considered
here.
The model is complementary to computational models, which are helpful in research and
theoretical studies, but not useful in interpersonal contacts. The model of information meta-
bolism aims at explanation of relations between psychological and somatic processes and helps
in understanding of psychotherapeutic processes.
Keywords:
Information processing; information metabo lism; model of experiences; interper-
sonal relationships
This paper presents the model of information processing, created by K^piriski
(1970).In a series of nine books K gpinski applied the concep t of inform ation
metabolism to describe psychopathology. Most of these books were edited
during his incurable disease and p ublished after his dea th in 1973. They at-
tained a status of instant popularity in Poland. Although the political isola-
tion of Poland kept K^piriski's ideas from being presented in English, at a
time when they were being published in Polish. The concept of information
metabolism was later discussed in English by Struzik (1987a, 1987b). It was
also applied in elaboration of a model of states of consciousness (Kokoszka,
1987- 88 , 1993) and a rationale of general theory of relaxation (Kokoszka,
1992, 1994) in papers in English, and in preparation of an integrating model
7/23/2019 Information Metabolism as a Model, Kokoszka
2/11
170 A KOKOS ZKA
of mental states (Kokoszka, 1997), and of psychotherapeutic relationship
(Ko kosz ka, 1996) in book s in Polish.
This paper aims at a concise presentation of the information metabolism
as a model helpful in the understanding of human experiences. The model
is com plemen tary to the com puta tion al mo dels of information processing
applied in cognitive psychology. These models include neurophysiological
processes such as working memory, production memory and declarative
memory, storage, retrival, execution match, encoding, performances, where-
as information metabolism focuses on mental phenomena.
T H E N O T I O N O F I N F O R M A T I O N M E T A B O L I S M
The model of information metabolism was first presented by Kgpiriski
(1970), who argued that technical models characterize human beings in a
dualistic manner-thus implying that mental processes govern somatic pro-
cesses in a mechanistical way and explain very little about the psychological
aspects of life, e.g., experiences, creativity. He considered biological models
to be closer to the psychological reality than technical ones.
The term energetic-informational m etabo lism was used by K?piriski
(1970; 1979) to denote life; more specifically, two processes without which
life would not be possible. In the initial phases of phylogenetic development,
energy metabolism dominated, but it always coexisted with information
metabolism e.g., processing of information concerning sources of nourish-
ment). As development progressed, information metabolism gained greater
importance and, in extreme situations, all available energy may be utilized
for information processing.
The information metabolism model is based on an analogy of the struc-
tural organization of the cell, and it attempts to describe information pro-
cessing as an analogy energy metabolism. According to K?piriski (1970) the
metabolism of information i.e., processing of information) has:
- its own boun dary analo gou s to the cell me mb rane;
- a control center analog ous to the cellular nucleus;
- a system for information distribution and processing analo gou s to the
endoplasmic retrieulum and lysosome;
- a source of energy analog ous to the mitoc hon dria.
At the basis of the theory lies a need for the input of information which
varies with time, as is acknowledge by other theories of information
7/23/2019 Information Metabolism as a Model, Kokoszka
3/11
INFORMATION METABOLISM AND HUMAN EXPERIENCES 171
principle, which states that the organism is an open system and its negen-
tropy rises or falls as a result of processes described by the laws of self and
species preservation (Struzik, 1987b, p. 107).
B SIC STRUCTURES ND FUNCT IONS
OF INFORM TION MET BOLISM
Control Center
Information metabolism occurs within a defined space and time. It has
control center (CC),
i.e.
ego or I , and functional structures enabling the
reception, processing and assimilation of information, as well as the normal
regulation of the organisms own activities. Information metabolism is deter-
mined by the phylogenetic and ontogenetic past of an organism, but it is
also involved in pursuing aims which extend into the future. It creates in-
dividually varying pictures
{i.e.
functional structures) of the outside world,
which although objectively uniform are perceived as unique and different by
each individual.
Functional Structures
Th e term func tional str uc tu re is used by Kgpiriski for schem atic repre-
sentation of perception and of activity.
System of Values
Decision making is recognized as one of the basic features of life; it has
different degrees of freedom in different organisms. The hierarchy of values
gove rns the mech anism s which select and filter the informatio n reaching
any particular decision making level. The system of values has three levels
(K?piriski, 1977b).
The first level is biological and it is concerned with all that is described by
the concept of biological programming {i.e. all that man is born with and
can control to some extent). It is determined by two basic biological laws:
self and species preservation. Depending on how well they are established
one can speak of greater or lesser dynamism in the life of an individual.
The second level is emotional and it determines the emotional attitude
{i.e. to w ar ds or aga inst ) . I t is characterized by the formation of com-
plexes, which are emotional centers where an individua l' emotional relations
7/23/2019 Information Metabolism as a Model, Kokoszka
4/11
172
A
K O KO S Z K A
meet with the environment. These centers are usually formed around an
important person from childhood and influence a persons' emotional rela-
tionships in later life. Complexes can also arise in connection with trau-
matic situations and can shape an individual's attitudes towards similar
situations when they are occurring. Com plexes become fixed by repetition.
The biological and emotional levels are located below the threshold of
consciousness, meaning they are auto ma tic. They shape a real hierarchy of
values , ( I am really like this ) based on fixed and automatized tendencies,
habits and attitudes.
The third level is socio-cultural and it determines how an individual
projects himself into the future, ( I would like to be like this, these are my
goals, this seems most important to me ). This level is conscious and con-
sists of an individual's aspirations, ideals, and cultural models. It refers to
the hierarchy of values in one's own social environment.
The real hierarchy of values is more important in the process of decision
making, but final decision are determined by all levels of the system of
values, including the ideal hierarchy. Therefore, an individual's will can con-
trol his or her behavior to a certain degree.
Maintenance of Order
Order is the essence of the structure. The preservation of structure and order
in the metabolism of energy does not require, at least not any conscious
effort on the part of the organism, for this is taken care of by physiological
mechanisms. Their preservation in information metabolism mechanisms.
Their preservation in information metabolism is connected with a continu-
ous effort focusing on the proper selection of information coming from the
outside and inside of the organism and on the choice of proper forms of
reactions. This integrational effort is largely unconscious (K^piriski, 1979).
They are conscious when they take shape in an act of will.
utonomic Psychological ctivity
An individual has his own mental activities. Da yd ream ing is som ething
which is mo st m ine -on e has an absolute pow er over it, while having no
power over reality . ( . . .) The act of daydreaming (. . .) belongs to the same
sphere of experiences as thinking, planning and dreaming in sleep. The
limiting influence of the structure of the real world is much stronger in the
first two phenomena (thinking and planning) and much weaker in the third
7/23/2019 Information Metabolism as a Model, Kokoszka
5/11
INFORMA TION METABOLISM AND HUMAN EXPERIENCES 173
ruler over one's world of dreams. In the case of sleep the situation is
reversed . (K?piriski, 1979, pp . 17 8-1 81 ).
The Sense of Reality and the Feedback Between
an Organism and its Environment
One of the rules governing information metabolism says that the world
around us in changeable; yet the organism is stable (K^piriski, 1979). Any
change in the structure of the exchange of signals within the surrounding
environment provokes an orientation reflex, which is accompanied by the
feeling of anxiety. The force of vegetative and emotional reactions to an out-
side stimulus depends on the force and the unusualness of the stimulus and
on the present state of consciousness. The reaction is exceptionally strong
when the signaling system is in a state of low selecting ability
{e.g.
in sleep);
which can be shown as a scale of values changing with the situation, and
causing that one set of signals reach the organism more easily than another.
The degree of total integration of functions of man's nervous system is
prop ortion al to the state of consciousness,
e.g.
awareness to the surrounding
environment. In the state of wakefulness man is in the strong feedback rela-
tionship with his surroundings and the perception threshold for extero-
ceptive stimuli is lower an d for interocep tive stimuli it is higher, wh ereas in
sleep the feedback relationship with the surroundings is diminished.
MOD EL OF INFORM TION MET BOLISM
A metaphor of information metabolism expresses that human experience
and behavior cannot be explained by technical a model of information pro-
cessing. This process in humans in influenced in a significant way by the
subjective meanings of information which were shaped during the life his-
tory of the individual person. The unique set of experiences contained in
the functional structures of the system of values includes, especially on its
emotional level, subjective emotional complexes. In some situations, these
complexes cause human behavior to be directed by subjective feelings, ra-
ther than by objective logic. For this reason, the model of information meta-
bolism in human beings seems to be a more adequate notion than that of
information processing. In essence model of a information metabolism,
applied by K ?pins ki, enables the differentiation of the main elem ents in the
structure of human experiences, which are analogous to the structures and
functions of the biological cell, which listed and presented on the Figure 1
below (Kokoszka, 1996):
7/23/2019 Information Metabolism as a Model, Kokoszka
6/11
174
A KOKOSZKA
boundaries of personal i ty
LAYERS OF THE SYSTEM OF VALUES
FI G U R E I Graph ical model of information metabo lism described by K^piriski.
1. C entral Point - I , or contro l center (CC on the figure). This structure
corresponds to a universal experience of being the subject of one's own
psychical activity. It controls one's own activity, similarly, to that of the
nucleus, which governs the biological cell activity.
2. Bo und aries (the whole cylinder on the figure) are conside red in the sense
of representing self-identity as means of enabling the discrimination of
one's own limits and the differentiation of one's self from other people
and from the external world.
3. Functional structures shaped earlier in life maintain order in space and
time and the layers of systems of values. Creation of this structure may
be compared to the centers of synthesis of biochemical compound in a
biological cell. The am ou nt, com plexity and plasticity of functional struc-
tures increases along with the development. It is illustrated by the rela-
tively small number of the strong and rigid structures (thick lines) on the
biological level and the increasing number of thinner structures on the
emotional and socio-cultural levels.
4. Energy centers necessary for preservation of metabolism of information,
i e proper stimuli reception, selection and integration; as well as deci-
sion making.
5.
Elimination centers of an where useless and unimportant information is
removed.
7/23/2019 Information Metabolism as a Model, Kokoszka
7/11
INFORMATION METABOLISM AND HUMAN EXPERIENCES 175
PSVCHODYNAMIC COGNITIVE MODEL
OF INFORMAT ION M ETABOLISM
The psychodynamic approach, based on psychoanalysis, applies in practice
concepts of:self internal object and transference as helpful conce ptualizations
of phenomena and processes taking place in psychotherapy. The self and the
object are mental representations of oneself and of other significant person,
shaped during the life of the individual by one's unique experiences. The
mental records of these experiences and life events may influence the current
perception of other people as well as ofoneself. The analysis of relationship
between self and obje ct , i.e. a subjective pattern of an important person
experiencing, which is shaped mainly in relations with parental figures is the
most important in the individual psychotherapy. The patient's feelings,
thou ghts and behaviors tow ard th erapist which are not reaction to the realistic
interactions with him or her, but manifestations of activated experiences
toward significant persons in past (mainly in childhood) displaced on the
therapist, are considered as transference. The similar processes may take place
in everyday life, but it is difficult to recognize them. The neutrality of a
psychodynamic therapist, whose real feelings, attitudes and opinion are not
known by the patient, helps in recognition of transferential fantasies and
feelings, what usually does not take place in other conditions. However by
those processes which take place simultaneously on many levels of
organization of psychical processes including conscious and unconscious, as
well as verbal and non-verbal communication.
According to the psychodynamic-cognitive model of information meta-
bolism (Fig. 2) self and object may be defined as functional structures con-
stituting respectively, internal, mental representations:
of one's own person,
i.e.
self
of im portant person i.e. object.
For a grater clarity, the fluctuations of the control center according to
sleep-waking rhythm (Kokoszka, 1993) were omitted on the previous model,
but included on this one. However, the fluctuations according to short,
ultradian rhythms are not considered in this paper, and they are illustrated
only by arrows on the horizontal plane (they were discussed in the paper by
Kokoszka, 1993).
The interaction between two persons, including the relationship between
the patient are the therapist are illustrated on the Figure 3.
7/23/2019 Information Metabolism as a Model, Kokoszka
8/11
176
A. KOKOSZKA
SLEEP
L YERS OF THE SYSTEM OF V LUES
EMOTION L
FIGU RE 2 Psychodynamic-cognitive model of information metabolism.
L YERS OF THE SYSTEM OF V LUES
FIGU RE 3 Information metabolism in interpersonal contacts.
THE STRATEGY OF UNDERSTANDING OF THE
EXPERIENCES OF OTHER PERSON ACCORDING TO
MODEL O F INFORMATION METABOLISM
In practice, in order to understand the other s experiences according to the
information metabolism one should ask oneself questions regarding the
following (Kokoszka, 1996):
7/23/2019 Information Metabolism as a Model, Kokoszka
9/11
INFORMATION METABOLISM AND HUMAN EXPERIENCES 177
consciousness and within one's own ability to think logically? In my contact
with the other is there any type of interference on the part of my own ability
to control myself?
Bou ndaries - what are the boun daries of the othe r 's self? To what degree
can the other differentiate between the product of ones own mental life {e.g.,
fantasies, beliefs) and the realities of the external environment? How are the
boundaries of my self in the relation with the other? To what extend is the
other able to function in an autonomic way; and to what degree is his or her
internal representation of one's own self separated from the internal repre-
sentation of the object (important person)? Am I not identifying with the
other too much. Am I not isolating myself from the other?
System of Values - W hat are the re al and ide al hierarchy of values
of the other? In what manner is the metabolism of information determined
by the other's own specific meaning of specified stimuli resultant of: firstly,
biological ma ke-u p - on the biological level of the system of values; second-
ly, em otion al complexes on its emo tional level, thirdly, personal social
experiences shaping socio-cultural level of the system of values. Moreover, it
is essential to ask W ha t is relation between the oth er's hierarchy of values
and my own?
Fun ctional Structures - W hat are othe r 's patterns of behav ior? How
does the other experience himself or
herself
how does he or she experience
others? How does these compare to my own patterns of behavior?
Psychical Energy - W hat is the energy potential - ego streng th - of the
other? What types of problems is the other capable of confronting, and
what types of problems are rather difficult for him/her at this time? How
is my own ego streng th at this time? With what types of problems am I
able to work?
Elim ination System - W hat is the ability of he oth er to cope with his
or her problems? Speaking in metaphor, what is his or her ability
to m etab olize his/her own problem s. W hat are my potentials of
metab olizing problem s, which are similar to those of the other?
The issues presented here should be understood conceptually according to
the individual's life history which shapes individuals functional structures
and to the his or her current situation as well as to plan for the future.
References
ki ,
A. (1970) O biologiczny model w mysleniu psychiatrycznym (The biological model in
psychiatric thinking). Psyclualria Polska, 4 , 373 -378 .
7/23/2019 Information Metabolism as a Model, Kokoszka
10/11
178 A K O K O S Z K A
Kpiriski, A. (1977b)
Psychopalie Psychopathy),
Warszawa: Panstwowy Zaktad Wydawnictw
Lekarskich.
K^piriski, A. (1979)
Schizofrenia Schizophrenia),
Warszawa: Panstwowy Zaktad Wydawnictw
Lekarskich.
Kokoszka, A. (1987-88) An integrated model of the main states of consciousness. Imagination
Cognition and Personality, 1,
2 8 5 - 2 9 4 .
Kokoszka, A. (1992) Relaxation as an altered state of consciousness.
International Journal of
Psychosomatics,
3 9 , 4 - 9 .
Kokoszka, A. (1993) Information metabolism as a model of consciousness.
International
Journal of Neuroscience,
68, 165-177.
Kokoszka, A. (1994) A rationale for multileveled model of relaxation.
International Journal of
Psychosomatics,
4 1 ,4 10.
Koko szka, A. (1996) Rozumiec, aby leczyc i podn osic na duch u . Psychoterapia wedtug
Antoniego Kfpiriskiego (Understand in order to cure and support. Psychotherapy
according to Antoni K?piriski). Krakow:
Collegium Medicum Jagiellonian University.
Kokoszka, A. (1997) Integruj^cy model stanow psychicznych. Podejscie neojacksonowsko-
psychodynamiczne (An integrating model of mental states: A neojacksonian-psychody-
namic approach). Krakow: Collegium Medicum Jagiellonian Llniversity.
Struzik, T. (1987a) K^piriski's functional structures, Kohonen's topological structures aphasia
a n d a p r a x i a .
International Journal of Neuroscience,
3 6 , 1 1 3 - 1 1 8 .
Struzik, T. (1987b) Kgpiriski's information metabolism, Carnot's principle and information
theory.
International Journal of Neuroscience,
36, 10 5- 112.
7/23/2019 Information Metabolism as a Model, Kokoszka
11/11